The possibility of obtaining commercially valuable products from microalgae stimulates
scientific research in this direction. The ability of microalgae to accumulate lipids is very …

Microalgae have many commercial applications including biofuel production, use in human
and animal nutrition, as pharmaceuticals and therapeutic compounds, in beauty-related …

Hydrothermal liquefaction (HTL) of microalgae biomass generates an aqueous phase (AP)
byproduct with limited energy value. Recycling the AP solution as a source of nutrients for …

There is significant potential for employing algae in tertiary wastewater treatment, however,
little is known about the contribution of algae-bacteria synergy toward treatment …

Microalgae, capable of accumulating large amounts of lipids, are of great value for biodiesel
production. The high cost of such production stimulates the search for cultivation conditions …

The need to reduce the CO2 footprint of human activities calls for the utilization of new
means of production and new sources of products. Microalgae are a very promising source …

Ecological assembly is a fundamental and yet poorly understood process. Three main
obstacles hinder the development of a theory of assembly, and when these issues are …

Microalgae have major functions in global biogeochemical cycles and are promising
sources of renewable energy, yet the relationships between algal hosts and their associated …

The biomass of microalgae and cyanobacteria yields a variety of products. Outdoor pilot
plant trials typically grow a single species at circumneutral pH and provide CO 2 by gas …

Highlights•ANN model was proposed to estimate the growth of polyculture microalgae.•
Developed using 553 datasets collected from semi-continuous Open Raceway Pond.•ANN …